#Pix4dmapper database epsg software

Hold down Shift key and select last FILE in list. Click Add Images to Add Images to Project. Click OK to close Block Setup dialog box. Average Flying must be supplied before clicking Enter. Flying Height can also be calculated by multiplying Focal by Image scale. Enter value of Average Flying Height as calculated above, then press Enter. After clicking OK, ensure that Horizontal Units are correct in Block Property Setup dialog. Click Categories list and Coordinate System.

If EPSG Zone is not know, click Standard tab in Projection Chooser dialog. UTM EPSG Zone can be located from simple internet search and imported into Projection It will auto-define rest of specifics associated with EPSG Zone. Click Set in Horizontal Reference Coordinate System section to select proper Coordinate System from Quality Report FILE Generate by Pix4Dmapper. This will open Model Setup where Geometric Model that corresponds to type of Camera associated with images can be select.

Next to FILE Name, Enter Name of FILE and click OK. From ERDAS IMAGINE Interface click FILE | NEW | Project which will open Create NEW Block FILE window: 6. Adjust files in order to be compatible with IMAGINE by creating excel FILE like in following picture: 5. Usually, pixel size x direction = pixel size in y direction. Pixel size in direction = / Image Height. Average Flying Height = Average Height-Average ground elevation Pixel size in x direction = / Image width. Calculate Average Flying Height, Pixel size in x direction and Pixel size in y direction as follow: Average Flying Height is distance between Camera at shooting time and average ground elevation. Txt p rojectname_calibrated_internal_camera_parameters. Open files: projectname_calibrated_external_camera_parameters. It is possible use Pix4Dmapper outputs into IMAGINE Photogrammetry following these steps: 1.

#Pix4dmapper database epsg software

IMAGINE Photogrammetry software is tightly integrated into ERDAS IMAGINE Ribbon Interface.